Description
Technical Specifications
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Product Model: CK09BE300
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Brand: GE
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Warranty: One Year
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Input Voltage: 600 VAC rated operational voltage
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Operating Temperature: -5°C to +60°C
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Storage Temperature: -20°C to +70°C
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Response Time: ≤20ms mechanical switching response
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Protection Class: IP20
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Accuracy Class: Industrial standard switching tolerance
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Output Frequency: 50/60Hz standard industrial frequency
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Rated Current Range: 200A continuous rated AC current
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Communication Interface: None (Hardwired control)
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Supported Protocols: N/A
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Overload Capacity: 250% short-duration overload tolerance for motor inrush current
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Dimensions: 60mm × 105mm × 36mm
Product Overview
The GE CK09BE300 is a heavy-duty 3-pole industrial contactor designed for high-current power switching and load control in industrial electrical and automation systems. Built to meet rigorous IEC industrial standards, this component reliably manages frequent power switching for high-power electrical loads, resolving common operational issues including unstable load switching, contact burnout under high current, and inconsistent circuit connection reliability. It eliminates unplanned downtime caused by inferior switching components and ensures stable power transmission for core industrial equipment. Engineered for durability and wide environmental adaptability, the contactor is ideal for electrical contractors, automation system integrators, and plant maintenance teams needing robust, long-lasting power control solutions for low-voltage industrial distribution and motor control systems.
Application Scenarios
Industrial Motor Control Systems
Three-phase industrial motors used in production lines, conveyor systems, and mechanical processing equipment require stable high-current switching for startup, operation, and shutdown. This 3-pole contactor withstands motor inrush current and frequent cyclic switching, maintaining consistent contact performance and reducing arc damage. It effectively prevents motor circuit faults and operational jitter caused by poor switching performance, ensuring continuous and stable mechanical operation.
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